Women's thermal longsleeve ROXY Climate Control Base Layer true black (ERJLW03053-KVJ0)

The women's thermal active longsleeve ROXY Climate Control Base Layer in true black is designed for activities that require effective moisture management and thermal comfort. The use of advanced technologies from the ROXY brand ensures reliability during intense effort and protection against chilling.

Efficient WarmFlight® and DryFlight® technologies

The ROXY Climate Control Base Layer features WarmFlight® technology, which helps maintain the optimal body temperature even in changing weather conditions. Complementing this is ROXY DryFlight® technology, which ensures quick moisture wicking from the skin's surface. The combination of these solutions guarantees that the longsleeve remains dry and comfortable even during increased activity.

Recycled materials and lightweight fabric

The base material consists of recycled polyester fiber, which, combined with viscose and elastane, provides both a reduced environmental impact and high flexibility and lightness. The fabric composition contributes to its breathability, while the stretchy fibers enhance freedom of movement during use. As a result, the longsleeve is excellent as a base layer during trekking or outdoor training.

Women's thermal active longsleeve ROXY Climate Control Base Layer true black - features:

• Made from recycled polyester supporting ecology;
• Incorporation of WarmFlight® technology providing thermal insulation;
• ROXY DryFlight® technology speeding up moisture wicking;
• 50% recycled polyester, 47% viscose, 3% elastane;
• Highly elastic fabric for complete freedom of movement;
• Breathable material allowing for comfort during exertion;
• Fitted slim fit cut optimal for layering;
• Long sleeves ensuring better thermal protection;
• No merino wool included in the composition;
• Model dedicated to tourism and outdoor activities;
• Lightweight for comfort during extended wear;
• Product designed with women in mind;
• Construction minimizing chafing and irritation.